Identification of Spatio-Temporal Oscillatory Signal Structure in Cerebral Hemodynamics Using DRIFTER

Keywords

according accurate achromatic addition advanced alone amplitude amplitudes analytic analyze analyzed analyzing applied artery attenuated back becomes belt better biomedical blocks brain cardiac cerebral channel characteristics circle clear coefficients coil combination complex components comprised computational computed condition connectivity consisted converted correlated correlation correlations cortex coverage crucial degree degrees delay disappear distribution drifter earlier eliminate elimination enabling engineering familiar field filter filters fixation frequency functionality furthermore general glover harmonic head hemispheres highly identification implementation imply important increasingly indicate instruments integrated interacting introduced isotropic laboratory length likely lobe locked lowest manner maps matrix middle model modeling models near nearly noise noises objects often optimal origin oscillation oscillators oscillatory panels parts peripheral photographs physiological polar posterior primary prior produce properly pulse quite receive recently related resembles resolution resonators respiration revealed roughly sampling scanner seems separated smoother smoothers spatial spatially spurious stimuli stimulus structure structured subject submitted temporal treatment uniform unwanted valuable vascular visual volunteer